Experience

Kaluza

• United Kingdom
• Utilities
• 300 - 400 Employee

• Senior Data Analyst

  • Mar 2021 - Present

  Working on the development of the Orion Energy Platform. Achievements and responsibilities:- Influence the product development and decisions through data- Help product teams defining their SLOs, key metrics and Road Map- Provide data-driven OKRs to stakeholders and senior management.- Democratise data and increase self-serve- Develop and lead other Data Analyst - Advocate for the company’s Data Strategy across product teamsTechnical environment and tools: -Google Cloud Platform: BigQuery, Dataproc, DataLab, BigTable-Airflow-Tableau, Data Studio-Dataform (CI/CD)-Python (Pandas, numpy, scikit-learn, pySpark, etc)-AGILE, Jira, GitHub, Show less

• Data Analyst

  • Aug 2019 - Mar 2021



Office for National Statistics

• United Kingdom
• Government Administration
• 700 & Above Employee

• Data Analyst

  • Feb 2019 - Aug 2019

  Member of the Emerging Platform Plateau within the Economics Statistics division. This team aims to establish a foundation of working knowledge in the use of new technologies and advanced data analytics. This knowledge will then be deployed across other departments within ONS. Achievements and responsibilities: -Development of a pipeline that can process poor quality data (structured and non-structured) into a meaningful data set. Strong domain in Spark - pySpark. -Classification of the data and calculation of relevant economic indicators. Technical environment and tools: -Spark (pySpark), HDFS, HIVE SQL, Python (Pandas, numpy) -Git (GitFlow) -Cloudera CDSW data platform -AGILE Show less



Airbus

• France
• Aviation and Aerospace Component Manufacturing
• 700 & Above Employee

• Data Analyst at Airbus Smart Data Analytics UK Plateau (AKKA Aeroconseil UK consultant)

  • Oct 2017 - Nov 2018

  Zero AOG (Zero Aircraft On Ground). This program aims to bring a step further the digitalization of the industry (IoT) in Airbus by applying Advance Analytics to the sensor data and ultimately, eliminate the need for unscheduled grounding of aircraft due to technical issues. Working within the Airbus Big Data platform SkyWise.Technical environment and tools:Big Data Analysis, Predictive Maintenance - Machine Learning, Spark, Python, SQL, R, Palantir Foundry, Data VisualizationAchievements and responsibilities:• Analyse and manage the Airbus Data Base on Palantir Foundry. (Big Data, Spark)• Perform Data Cleaning and Exploratory Data Analysis to the Aircraft operational database.• Develop Predictive Maintenance Algorithms: -->1.- Apply diagnostics and health monitoring to drive out the unscheduled aircraft events. -->2.- Define new features and Key Performance Indicators that will be used to monitor the health of different Aircraft Systems. -->3.- Generate extensive reports with detailed instructions for the implementation of these algorithms.• Definition of the Holistic Model of Operational Performances for the A330: -->1.-Analyze the A330 operational data and define all possible Aircraft operational states -->2.-Calculate statistics for all those possible states and generate histograms and heat-maps of the Operational Interruptions of the aircraft -->3.-Definition the aircraft Operational Envelope and identify new opportunities and strategies to improve the aircraft design specifications Show less

• Project Engineer at Future Projects Office (AKKA Aeroconseil UK consultant)

  • Mar 2016 - Sep 2017

  Working in the wing integration team for Wing of the Future. As part of my role, I had to manage the wing design optimisation process, assist architects in conducting their trade studies and analyse data from other departments. This experience has helped me appreciate the complexity of the wing design process and the challenges of integrating new technologies. Achievements and responsibilities:- Wing design and geometry optimisation: conduct wing sizing and Overall Aircraft Design trade studies to optimise the wing from a performance, cost and operability point of view.- Wing Weights: trade studies to analyse the wing weight sensitivity to changes in different parameters such as: engine weight, aerodynamics, MTOW, planform geometry, etc. Provide Target Weights for different Airbus departments. Tool calibration using Flight Physics and Structures Department data.- Wing Loads: trade studies to improve Active Load Alleviation (LAF). Movable wing devices definition and configuration. Issue loads reports for other departments. Tool calibration using Flight Physics Loads department data.- Wing Aerodynamics: High-Speed and Low-Speed Aerodynamics assessments using Airbus internal tools. - Continuous improvement of the internal tools, methods and capabilities of the team.Technical environment and tools:R&T, Aircraft Design, Data Analysis, Python, Matlab, Excel Show less

• Aerospace Mechanical Engineer (AKKA Aeroconseil UK consultant)

  • Sep 2014 - Mar 2016

  As a mechanical engineer in the Mechanical Design Office I am involved in the full design process of SkyBrazil and SES12 Satellites. Background in telecommunications and the internal behaviour of the satellite. Strong sense of teamwork.Achievements and responsibilities:- Design for space conditions.- Wave Guide and wire harness design on SES12 satellite.- Ancillaries design for SES12 and SES14 satellites.- Accommodation of the Payload in the Mock-up of the satellite.- 3D drawings for the final assembly of the satellite.- Digital Mock-Up final checks.- Database management.Technical environment and tools:Design Office, CATIA V5, Enovia VPM, Sprint (database) Show less



Université libre de Bruxelles

• Research
• 700 & Above Employee

• Aero-Thermo-Mechanics department (ATM) in the ULB

  • Sep 2013 - May 2014

  Working in the european project ESPOSA (Efficient Systems and Propulsion for Small Aircraft). Integration of an engine in a Helicopter. CFD simulations of the helicopter performances and improvement of the fuselage geometry. Achievements and responsibilities: - Development of the initial geometry of the fuselage and engine (CAD) for the future CFD analysis. - CFD simulations of the air flow interacting with the helicopter and engine (Main rotor flow, engine intake and exhaust, ground presence, aircraft speed, etc). - Analyse outputs and redefine most optimum location for the engine. - Aerodynamic assessment of the main body and drag analysis of the rest of the components. - Post-processing the results and write technical reports - CATIA design of the molds used to build the composite cockpit. Technical enviroment and tools: R&T, helicopter hangar, ANSYS Workbench, ANSYS Fluent, Meshing tools, CATIA V5 Show less



Expal Systems

• Spain
• Defense and Space Manufacturing
• 200 - 300 Employee

• Internship in the R&D department

  • Mar 2013 - Sep 2013

  Working at technical area of exterior ballistics. Computation and analysis of projectiles and rocket performances. I developed a strong background in aerodynamics and exterior ballistics as well as a high interest in semi-empirical methods and CFD methods. Achievements and responsibilities: - Aerodynamic assessment for projectiles and other defense systems (CFD). - Python scripting to enhance on site tools capabilities. - Surrogate model for ballistic trajectories of Base Bleed or Base Burn Projectiles. Model based on experimental data and the specifications and standardizations for projectiles from NATO (STANAG). - Stress and Strain analysis of the lugs and linkages used to attach the bomb to the aircraft wing. - Background and understanding in solid propellants and rocket design. - Development of the degree's final project in the department: "Study of viability and preliminary design for a rocket-propelled ammunition for UAV". The mentioned document includes among others a study and selection of the propellant, computation of the solid rocket performances, exterior ballistic coefficients or firing tables trajectories. Technical environment and tools: R&T, semi-empirical methods for exterior ballistics (PRODAS, NSWC code, etc), ANSYS Workbench, ANSYS Fluent, Phyton, Matlab, SolidWorks, NATO STANAG, MS Office Project. Show less